To the x power is equal to one eight.

So this is equal to e to the r power.

i to the second power is equal to negative one.

That's equal to 1 over 2 to the fifth power.

8 to the one third power is equal to 2.

And ten to any power is actually equal to one followed by the power of if you say ten of the fifth power, that's equal to one followed by five zero's.

So 1 to the first power is just equal to 1.

So ten to the sixth power is equal to one million.

8 to some power, is going to be equal to 2.

Harrison Zeldovich spectrum, and it has equal power on all masses.

5 to the first power is just going to be equal to 5. 5 to the zeroth power is just going to be equal to 1.

So we have 3 to the second power, right? y is equal to 3 to the second power.

1 to the third power is equal to 1 time 1 times 1, which is equal to 1

It turns out of this is equal to 2 to the hundredth power times 9 to the hundredth power.

Well if 2 to the third power is 8, 8 to the one third power is equal to 2.

So b squared over b to the third is equal to b to the two minus three power, which is equal to b to the negative one power.

This is going to be equal to this whole expression is going to be equal to x to the 12 plus 10th power, or x to the 22nd power.

So this is equal to 4 times 1 to the first power minus 2 times 1 to the zero power.

Maybe zero to the zeroth power is going to be equal to one.

like saying e to what power is equal to e to the 10r?

We already know that 2 to the third power is equal to 8.

This is to the one power you could view this is to the first power to j is equal to n.

So let's say we have y is equal to 3 to the x power.

So this says one hundred to the question mark power is equal to one.

We already know that 8 to the one third power is equal to 2.

This is equal to L to the... ...L to the r over s power

It's equal to 4 s times the Laplace transform of t the third power.

So if I tell you x to the zeroth power is equal to what, and I tell you that x is not equal to zero, what is x to the zeroth power?

So since ten to the sixth power is equal to one million log base ten of one million is equal to six.

Same thing, 5 to the first power is just going to be equal to 5.

Well, that's 1 over 3 to the third power, which is equal to 1 27.

Well, we know that one two to the third power is equal to one eight.

If it's equal to 1, then I'm going to subtract power from the pattern number.

So if we set this to be equal to 'x', we're essentially saying 2 to the 'x' power, is equal to one eighth.

Now, here, y is going to be 3 to the negative 4 power, which is equal to 1 over 3 to the fourth power.

We could make the arguement that zero to the zeroth power should be equal to one.

And I have learned that power, particularly in its absolute form, is an equal opportunity provider.

Or another way to think about it, four to what power is equal to sixty four?

So 1 is equal to when x is equal to 1, is equal to 1 3, right, 1 over 3, 1 to the third power over 3, plus 1 plus c.

So let me write that down, 8, to the negative one third power, is going to be equal to one over eight, to the one third power, and we already know the cube root of 8 or 8 to the one third power is equal to 2.

Likewise, if I had seven to the fortieth power over seven to the negative fifth power, this will equal seven to the fortieth minus negative five.

If I said that two to the third power well, we know that from the exponent modules. two the third power, well that's equal to eight.

Well, all we have to ask ourselves is ten to what power is equal to one million.

Power

Power